The design of LVDS interface for a Multi-Channel A/D Converter
by
John Z. WU, Sr. Application Engineer, Texas Instruments
This article analyzes system design specifications for a low-voltage differential serial output interface of a multi-channel, high-speed analog-to-digital (A/D) converter. For A/D application and design, the two most important specifications have always been bit resolution and data sample rate. However, the specification of an output data interface has become increasingly important.
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The design of LVDS interface for a Multi-Channel A/D Converter
Overcoming 1394 Asynchronous Bandwidth Limitations for Consumer Electronics Devices
Managing the Transition from Parallel to Serial Storage Interfaces
Programmable Analog Parts Make a Tough Filter Design Easy
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New Power Modules Include Supply Voltage Sequencing and Margin Test Capabilities
by
Chris Thornton, Texas Instruments
Power supply systems for the latest digital signal processors (DSPs) and application specific integrated circuits (ASICs) are required to manage how multiple output voltages rise after input power is applied. These supplies must also be capable of starting up into pre-existing output voltages. Another requirement gaining in popularity is supply voltage margining. . This article describes features and provides examples of how modules from TI are able to meet the latest power system requirements with just a few external components.
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